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Direttissima
Trickstuff€550 MSRP

Trickstuff Direttissima

Crisp bite point and precision for direct lines

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Specifications

Pistons
4-piston (14/17mm)
Brake Type
Hydraulic disc
Hose Connection
Angled fitting
Brake Fluid
Bionol (mineral)
Reach Adjustment
Toolless
Disk Size
160mm, 180mm, 203mm
Disk Thickness
2.10mm
Weight
from 520g per set
Features
Progressive toggle-joint linkage, ball-bearing pivot, POM pump piston
Blade Material
Aluminum
Contact Point Adjustment
No
Lever Pivot
Ball bearing

Overview

Named after the most direct alpine climbing route, the Direttissima rewards precise riders with instinctive braking control. A progressive toggle-joint linkage drives the oil from a 9mm pump piston into four 14/17mm stainless steel caliper pistons — the further you pull, the more force multiplication you get, masking raw power behind a refined feel. Pressure-resistant Kevlar hoses and a CNC-milled 7075 aluminum caliper maintain an exceptionally defined, consistent bite point, while ball-bearing lever pivots and a POM pump piston keep friction as low as physically possible.

Features

  • Progressive toggle-joint linkage for growing power feel

  • Four stainless steel pistons (14/17mm)

  • 9mm pump piston

  • Ultra-pressure-resistant Kevlar hoses

  • CNC-milled 7075 aluminum caliper

  • Ball-bearing lever pivot for outstanding modulation

  • POM pump piston minimizes friction

  • Toolless lever width adjustment

  • POWER+ pads compatible with SRAM Guide

  • Available in Black, Cyan, and Silver caliper

Guides for setup

All guides

Brake Bed-in

The essential process for achieving maximum braking power.

Brake Bleeding

System-specific bleed procedures for Shimano, SRAM, and Magura — eliminate lever sponginess and restore full power.

Weather & Conditions Adaptation

Setup adjustments for wet, muddy, dry, and cold conditions — tires, suspension, drivetrain, and brakes.

How we evaluate this component

Product cards, analysis notes, and setup guidance are grounded in public specifications, market positioning, compatibility, and the most likely real-world use cases on trail.

Read the full methodology